Go with answer B. Lack of fluid in the body will cause dehydration.
The proportion of fluid in the body decreases with age due to factors such as decrease in muscle mass and increase in body fat. This results in a lower percentage of water in the body as we age. Older adults are more prone to dehydration due to these changes in body composition.
Yes, severe dehydration causes urine volume to decrease. Your body will conserve water to maintain homeostasis.
Mild dehydration is the loss of no more than 5% of the body's fluid
dehydration is the excessive loss of fluid in the body of an organism
Cardiac output typically decreases during dehydration. When fluid levels are low, there is less circulating blood volume, leading to a decrease in the amount of blood pumped out by the heart per minute. This reduction in cardiac output helps conserve remaining fluids in the body.
The major stimulus for the thirst mechanism is dehydration, which is when there is a decrease in fluid volume within the body. When the body detects dehydration, it signals the brain to activate the thirst mechanism, prompting the individual to drink fluids to restore proper hydration levels.
Dehydration is serious because the body is composed of mostly water. When you don't have enough, you can jeopardize how the body functions.
Dehydration occurs when there is an imbalance between fluid intake and fluid loss in the body. It can be caused by factors such as excessive sweating, vomiting, diarrhea, or inadequate fluid intake. When there is not enough fluid in the body to carry out normal functions, dehydration can occur.
Dehydration affects the body's urinary and circulatory systems. It can lead to a decrease in urine production and blood volume, affecting the body's ability to regulate fluid balance and blood pressure.
oedema
Yes. Urine is intravascular fluid. That said the body can crenate cells to create intravascular fluid from intracellular fluid. This usually is short term but common in chronic dehydration. Elevated K+ in a malnourished person is hallmark of cellular dehydration.